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What are the chemical purification methods for barite?
Views: 817 Oct,14,2020
With the continuous development and utilization of high-grade barite ore, it is urgent to increase the research and development of low-grade barite ore. Barite is often closely associated with minerals such as fluorite, calcite, quartz, etc. It is difficult to effectively separate by traditional gravity separation...
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The application of nano-calcium sulfate in various fields
Views: 784 Oct,08,2020
Because of its high purity, good whiteness, and fine particle size, nano -calcium carbonate can replace titanium dioxide as a filler in daily chemical products. It is also mainly used as a filler in the ceramic industry.
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What are the types of barium mines?
Views: 796 Sep,16,2020
Barium is a sulfate mineral, its chemical formula is BaSO4, its chemical composition is BaO65.7%, SO334.3%. It often contains strontium and calcium, which are similar to Ba. Barium deposits can be divided into four types, namely sedimentary type, volcanic sedimentary type, hydrothermal type and residual slope type.
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The factors of improving gloss of precipitated barium sulfate
Views: 927 Sep,11,2020
The gloss of coating refers to the reflection ability of the surface to the projected light. The stronger the reflection ability, the greater the gloss. The main factors affecting the gloss of barium sulfate powder after film formation are its particle size and dispersion performance.
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Application of barium sulfate powder in coatings
Views: 1214 Sep,08,2020
Founded in 1988, Foshan Xintu Chemical Co.,Ltd is the most professional barium sulfate supplier who can have an annual output capacity of coatings over 100,000 Tons then to meet the market demand at a reasonable price.
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Particle size - the important index of titanium dioxide
Views: 793 Sep,02,2020
The particle size distribution of titanium dioxide is a comprehensive index, which seriously affects the performance of titanium dioxide powder and application performance. Therefore, the discussion on hiding power and dispersibility can be directly analyzed from the particle size distribution.
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